Select the correct statements for quantum numbers.
$(i)$ Magnetic quantum number $(m_l)$ gives information about the spatial orientation of orbitals with respect to the standard set of coordinate axes.
$(ii)$ Electron spin quantum number is represented by '$s$' and has values of $\pm \frac{1}{2}$.
$(iii)$ Principal quantum number $(n)$ determines the size of the orbitals and also,to a large extent,the energy of the orbitals.

  • A
    Only $(i)$,$(iii)$
  • B
    Only $(iii)$
  • C
    Only $(i)$
  • D
    $(i)$,$(ii)$,$(iii)$

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Similar Questions

What is the correct order of energy of atomic orbitals in any given shell?

Which of the following statement$(s)$ is/are wrong?

Which of the following statement$(s)$ is/are true?
$A$. If two orbitals have the same value of $(n+l)$, the orbital with lower value of $n$ will have lower energy.
$B$. Energies of the orbitals in the same subshell increase with increase in atomic number.
$C$. The size of $2p_x$ orbital is less than the size of $3p_x$ orbital.
$D$. Among $5f, 6s, 4d, 5p$ and $5d$ orbitals, none of the orbitals have $2$ radial nodes.

Identify the orbital having the highest energy from the following:

For an electron with $n = 3$,there is only one radial node. The orbital angular momentum of the electron will be

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